Perform the experiemnt below and then refer to the accompanying diagram. Anser the questions based on both the result of your experiment and the diagram included below. Transfer of Energy and the Resulting EntropySet up a simple experiment to understand how energy transfers and how a change in entropy results. Take a block of ice. This is water In solid form, so it has a high structural order. This means that the molecules cannot move very much and are in axed position. The ice's temperature is U\"C. As a result, the system's entropy is low. Allow the Ice to melt at room temperature then answer the question. 0 Figure 6.12 Entropy is a measure of randomness ordisorder in a system. Gases have higher entropy than liquids, and liquids have higher entropy than solids. Clark, M, Choi, J., Douglas, M. [2018). Opensl'au: 3:}:ngleId ed). Rice University, XanEdii Press. 1. What is the state ofthe molecules in the liquid water now? 2. How did the energy tranfer take place? ls the system's entropy higher or lower'r' Why? QUESTION 2 Now heat the water to its boiling point. What happens to the system's entropy when the water is heated